It is argued that all the methods for solving Laplace’s equation carry over to linear dielectrics, with a few small tweaks. Briefly describe what modifications are needed in the general boundary conditions for electric field and electric potential when dielectrics are present (do not merely rewrite the equations, but rather describe what quantities we need to account for being different in our calculations).
It is argued that all the methods for solving Laplace’s equation carry over to linear dielectrics, with a few small tweaks. Briefly describe what modifications are needed in the general boundary conditions for electric field and electric potential when dielectrics are present (do not merely rewrite the equations, but rather describe what quantities we need to account for being different in our calculations).
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It is argued that all the methods for solving Laplace’s equation carry over to linear dielectrics, with a few small tweaks. Briefly describe what modifications are needed in the general boundary conditions for electric field and electric potential when dielectrics are present (do not merely rewrite the equations, but rather describe what quantities we need to account for being different in our calculations).
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